This page is a hands-on space where you can scan a QR code and view biology models in 3D and augmented reality. The goal is to make biology feel visual, interactive, and easier to understand.
You will choose a model, scan the QR code, and open the model on your device. Each model includes a short description of what to look for, along with study prompts to guide your learning.
These models are meant to support topics commonly covered in introductory biology, including cell structure, membrane transport, and protein related structures. New models will be added as the project grows.
Follow these steps for the best experience:
Tip: Make sure you are in a well lit area if you are using AR, and move your camera slowly so the device can detect the environment.
Most modern iPhones and iPads support AR. Use the camera app to scan the QR code. If the model opens in a viewer that offers AR, select the AR option and follow the on screen instructions.
Many Android devices support AR, but it depends on the model and settings. Scan the QR code, open the link, and look for an AR option if it is provided by the viewer.
Select a model below. Scan the QR code to view it. If you are viewing this page on your phone, you can also tap the model link.
Focus on major organelles and how each structure supports the cell’s function. Try identifying the nucleus, mitochondria, and cell membrane.
QR Code:
Model Link: Open Cell Model
Study Prompts:
What does each organelle do, and what would happen if it failed?
Explore the outer membrane, inner membrane, and cristae. Connect the shape of the mitochondrion to ATP production.
QR Code:
Model Link: Open Mitochondrion Model
Study Prompts:
Why does the inner membrane have folds, and what advantage does that create?
Focus on the phospholipid bilayer and membrane proteins. Think about how the membrane controls what enters and leaves the cell.
QR Code:
Model Link: Open Cell Membrane Model
Study Prompts:
Which molecules pass freely, and which ones need a transport protein?
Explore the double helix structure and how base pairing supports replication. Look for major and minor grooves if visible in the model.
QR Code:
Model Link: Open DNA Model
Study Prompts:
How does base pairing help maintain accurate genetic information?
If a model does not load, try refreshing the page, switching browsers, or connecting to a stronger Wi Fi network. If the QR code does not scan, increase screen brightness or move the camera back slightly.
If AR does not appear as an option, your device may not support AR for that viewer, or permissions may be disabled. Check camera permissions and try again.
If you are experiencing issues after scanning a QR code, make sure to check that the link is correct. Each model and website has a different link connected to its QR code, so scanning a different QR code from the same page will not open the correct content.
If you want tutoring support, study guidance, or help connecting these models to for further explanation, feel free to reach out through the Contact page. Also check out the resource page, there are videos and website that can help you.